Honeywell Home Intrusion LTE-CFV Commercial Fire Communicator

Product Description

The HONEYWELL HOME INTRUSION LTE-CFV is an LTE and internet commercial fire cellular communicator designed to transmit alarm signals from a fire alarm control panel to a central monitoring station. It operates over LTE cellular networks with internet backup, providing dual-path communication for commercial fire alarm systems. Licensed fire alarm technicians install this communicator as a supervised signal transmission path, meeting the requirements for primary or secondary communication in commercial fire installations.

The LTE-CFV is intended for commercial fire alarm applications where reliable, supervised dual-path communication is required. It connects to a compatible fire alarm control panel and routes alarm, supervisory, and trouble signals to a central station. This unit is suited for new installations and retrofit projects in commercial buildings where LTE cellular and internet redundancy is needed to satisfy authority having jurisdiction requirements for signal transmission.

Key Features

• Dual-path communication via LTE cellular and internet for signal redundancy
• Designed for commercial fire alarm system installations
• Transmits alarm, supervisory, and trouble signals to a central monitoring station
• Sold as a single unit, making it straightforward to order per panel

Compatibility

Designed as an OEM-style replacement and new-installation communicator for commercial fire alarm control panels requiring LTE cellular and internet dual-path signal transmission.

Installation Notes

Installation should be performed by a licensed fire alarm technician in accordance with NFPA 72 and all applicable local codes. Power down the fire alarm control panel before connecting or disconnecting the communicator. Follow the manufacturer documentation and authority having jurisdiction requirements for primary and secondary path supervision settings. Do not place the unit in areas that may expose it to excessive moisture or physical damage.